CL32B106KLULNNE

The CL32B106KLULNNE is a multilayer ceramic capacitor (MLCC) manufactured by Samsung, designed for general-purpose filtering, decoupling, and signal coupling applications across consumer electronics, industrial equipment, and telecommunications infrastructure. This component belongs to Samsung's established MLCC family and represents a commonly specified solution for engineers seeking reliable capacitive performance in compact form factors. Multilayer ceramic capacitors like this part are constructed from alternating layers of ceramic dielectric material and metal electrodes, all contained within a small ceramic body. This construction method enables manufacturers to achieve relatively high capacitance values in minimal physical space, making MLCCs the dominant choice for modern circuit board designs where real estate is constrained. The CL32B106KLULNNE uses a 1210 package form factor, a mid-range surface-mount size that balances component density with reasonable handling characteristics during assembly. Samsung's general-purpose MLCC lines typically serve applications including power supply decoupling near digital logic and microprocessors, filtering in analog signal paths, coupling between circuit stages, and general energy storage in timing and filtering networks. The 1210 package size makes this part suitable for applications where slightly larger capacitance values are required but board space remains a consideration, such as in industrial control boards, power management modules, and audio equipment. Its ceramic construction provides good high-frequency performance characteristics, making it effective for both DC blocking and AC filtering duties. Engineers often specify this exact part number when their design requires a Samsung MLCC in the 1210 package with the specific capacitance and voltage rating indicated by the part code. Samsung MLCCs in this category are recognized for consistent performance across temperature ranges typical of industrial environments. Compared to alternative technologies, ceramic capacitors offer advantages including compact size, low cost at volume, good frequency response, and minimal parasitic inductance in surface-mount implementations. When compared to other capacitor technologies like electrolytic or film capacitors, MLCCs excel in high-frequency applications and occupy significantly less board area. The 1210 package size also provides reasonable tolerance for manual inspection and rework during manufacturing and repair cycles, which can be a practical consideration in industrial settings. Designers frequently select Samsung components due to the manufacturer's reputation for supply chain consistency and long-term part availability, factors that become increasingly important in applications requiring extended production runs or long-term field support.